Survey
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
* Your assessment is very important for improving the workof artificial intelligence, which forms the content of this project
CANKAYA UNIVERSITY FACULTY OF ARCHITECTURE / DEPARTMENT OF INTERIOR ARCHITECTURE 2015-2016 SPRING SEMESTER INAR 326: ARCHITECTURAL ACOUSTICS Assist. Prof. Dr. Papatya Nur Dökmeci Yörükoğlu: Office: 106/2, [email protected] Course Day/Time/Location: WEDNESDAY/12:00-15:00/MAVİ SALON Overview: This course concentrates on the basic concepts of acoustics and human hearing, behavior of sound in enclosed spaces, the theories on architectural acoustics, and the basic principles of noise control and acoustic comfort in buildings. The objectives of this course are: - To introduce basic concepts and principles of acoustics - To describe the physical, physiological, and psychological principles of auditory perception and the concept of acoustic comfort. - To give an overview of architectural acoustics and environmental noise - To explain the characteristics of spaces designed for effective listening, working, learning, and other functions. - To provide an understanding of the theories used in building acoustics - To present the concepts and application of architectural acoustics in terms of acoustic enhancement and noise control in enclosures. At the end of this course, students should: -Have gained an understanding of the basic concepts of acoustics, and auditory perception -Have a comprehensive knowledge of theories used in architectural acoustics -Be able to identify, discuss and resolve acoustical problems related to architectural acoustics, and acoustic comfort. -Be aware of the analysis and improvement techniques, as well as material usage and applications relevant to architectural acoustics. Reference Text Books: 1. Architectural Acoustics, M. D. Egan, Mc Grawhill Inc., 1988. 2. Design for Good Acoustics and Noise Control, Macmillan Education, 1988. 3. Concepts in Architectural Acoustics, M. D. Egan, 1972. 4. Architectural Interior Systems, Lighting, Acoustics, Air Conditioning, J. Flynn, J. A. Kremers, A. W. Segil, G. Steffy, Van Nostrand Reinhold, 1992. Grade Breakdown: Midterm I: %25 Midterm II: %25 Final Exam: %35 Interest and Participation: %15 Attendance to at least %70 of the courses is mandatory! 25/03/2016 – DEADLINE TO WITHDRAW FROM THE COURSE!!! Weekly Program: WEEK DATE SUBJECT 1 10/02/2016 Meet/Greet 2 17/02/2016 Introduction to Course 3 24/02/2016 Physical Properties of Sound 4 02/03/2016 How does sound travel? 5 09/03/2016 Room Acoustics: Absorption/Reflection/Refraction/Diffusion 6 16/03/2016 Building Acoustics: Transmission 7 23/03/2016 Acoustic Materials and Noise Control Applications – TED Talk Session 8 30/03/2016 MIDTERM I 9 06/04/2016 Hearing and Perception 10 13/04/2016 Non-Acoustic Spaces: Public Spaces and Soundscapes 11 20/04/2016 Acoustic Spaces: Auditorium Acoustics 12 27/04/2016 Acoustical Measurement, Analyses and Modeling Techniques 13 04/05/2016 Coping with Noise in Enclosures - Regulations and Design Guidelines 14 11/05/2016 MIDTERM II